Restek’s Jack Cochran Invited to Speak at Dioxin 2016 Firenze

Jack CochranThe 36th International Symposium on Halogenated Persistent Organic Pollutants (Dioxin 2016) takes place from August 28 to September 2, 2016 in Florence, Italy. Among many outstanding Restek colleagues and partners, our own Jack Cochran is an invited speaker for the Thermo Fisher Scientific Dioxins & POPs seminars:

Front End Alignment, It’s Not Just for Automobiles: Optimizing the GC for GC-MS Analysis of Environmental Compounds
Session: Dioxins & POPs: Discover the Most Comprehensive GC-MS Portfolio and Complete Analysis Workflows
Sunday, August 28, 13:30–17:00
Sala Onice | Firenze Fiera – Congress and Exhibition Center | Piazza Adua, 1 – 50123 Firenze
Jack Cochran, Restek Corporation

Jack is also presenting during Thursday’s abstract session:

Gas Chromatography – Atmospheric Pressure Ionization Mass Spectrometry with Helium and Nitrogen Carrier Gases for Fast Analysis of Brominated Diphenyl Ethers
Session: New Methods of Analysis
Thursday, September 1, 10:45–11:00, Michelangelo Auditorium
Jack Cochran, Restek Corporation

Jack Cochran is a recognized expert in GC and GCxGC for the analysis of pesticides and priority pollutants in food, soils, sediments, air, water, and other matrices. He uses his years of real-world experience in method development, sample preparation, and analysis to help chromatographers worldwide and is still a “hands on” scientist, spending as much time in the laboratory as possible. His presentation at Dioxin 2016 is sure to be valuable for attendees.

For more information, feel free to contact Jack directly at jack.cochran@restek.com  You can also visit the Dioxin 2016 website at www.dioxin2016firenze.org or their Facebook page at www.facebook.com/Dioxin-2016-Firenze-1536246593367381

New Qualitative Retention Time Index Standard

GNPR2519-UNV_ImageRestek is pleased to release a new retention time index standard that contains both odd and even hydrocarbons C7-C33, making it appropriate for a wide range of retention index systems. Produced and tested in accordance with Restek’s ISO Guide 34 and 17025 accreditation, this certified reference material (CRM) is verified to be stable and accurate and is qualitatively analyzed to confirm composition. A certificate is available for each CRM lot.
Learn more at www.restek.com

Restek Graduates Another LCC Student.

Sara-and-Caleb-Eyster_News

Sara with her son, Caleb, at LCC graduation

Congratulations to Sara Eyster on joining a long list of Leadership Centre County (LCC) alumni from Restek! Sara has been with Restek for nearly 14 years, and in her current position as a Quality Systems Administrator III, she helps to ensure ISO control and the product quality that you’ve come to rely on from Restek as part of her document control, internal auditing, and vendor auditing responsibilities.

Like Restek, LCC is dedicated to the concept of “servant leadership” and educates participants regarding the needs, available services, strengths, opportunities, and current issues in the Centre County community. Community leaders share their experiences with LCC students to improve their skills in order to increase the county leadership pool with people who are well-informed, networked, and qualified to lead. As evidence of the program’s value, several Restek-sponsored LCC graduates have gone on to leadership positions within Restek. For more information on LCC go to http://leadershipcentrecounty.org/ 

Analysis of Gases via Gas Chromatography: Part 3: CO and CO2

Author: Jaap de Zeeuw
Restek Corporation

Published By:  J. Sep. Sci.

Year of Publication: 2016

Link: http://www.sepscience.com/Bespoke-Products-List?pgid=115&artid=4497

Abstract:

CO and CO2 are products that are present in many industrial processes. CO2 is used in many applications varying from propellants, refrigerants, preservatives, beverages, inert atmosphere, and fire extinguishers. It’s also used in oil recovery, supercritical solvent, and greenhouse analysis. Carbon dioxide is analyzed typically at higher levels (10 ppm – % level). CO is a toxic gas, but it is used mostly used as chemical precursor. Both CO and CO2 are analyzed at levels from 100 ppb to % level. Because these gases cannot be detected by FID, other detectors are required. One can also convert the CO/CO2 into methane to take advantage of FID sensitivity.